4results about How to "Reduce transit links" patented technology

The utility model relates to calcium carbonate grinding technical field, concretely is vertical mill grinder grinding device of two -stage grinding, grinding assembly includes grinding bucket, the fixed screw is annular array distribution at the outer wall of grinding bucket. The vertical mill grinder grinding device of two -stage grinding, the calcium carbonate that needs to polish is placed in the grinding bucket through the feed inlet, and the rotation of the rotating disc is driven through the external motor simultaneously, makes the calcium carbonate in the grinding bucket constantly through the polishing piece and the polishing roller and rotates, in the process of rotating, the calcium carbonate is constantly polished and makes it gradually moves back, and the polishing roller is circular truncated cone, the calcium carbonate is smaller and smaller in the process of constantly moving back, the polished calcium carbonate powder is accumulated at fixed disc no.

This invention belongs to the field of beef tenderloin loading and unloading technology, specifically an automatic material loading and unloading device for beef tenderloin processing. It includes a transport track mechanism and a vacuum tumbler. The transport track mechanism is placed on the ground, with the vacuum tumbler located at its right end. A support assembly is installed inside the transport track mechanism, which is used to circulate the support assembly. A transport mechanism is located on top of the support assembly. This invention enables simultaneous operation of "thawing → cutting → adding auxiliary materials," reducing material transfer links and shortening the production cycle. It also effectively prevents beef tenderloin from being exposed to air, reducing contamination from impurities and bacteria. Furthermore, it can quickly complete the "slice → block" cutting process.

This invention relates to the field of avionics technology and discloses a decentralized method and system for dynamic organization of airborne cross-platform resources. The method includes: mission requirement publication: Each platform continuously senses the environment. When a platform detects a sudden threat target, it automatically generates a mission requirement based on the threat target information and publishes it to other platforms; requirement response feedback: Each platform maintains the resource status and ongoing task status of its managed formation in real time. Upon receiving a mission requirement, it dynamically calculates the response to the mission requirement based on the real-time status of each resource in its managed formation and the task load information, and feeds this response back to the mission requirement publication platform; organization scheme distribution: After receiving the feedback results from each platform, the mission requirement publication platform selects the best resources to execute each task and arranges the execution sequence of each resource, forming a resource organization scheme, which is then distributed to the corresponding platforms. This invention enables rapid organization of resources and task collaboration among heterogeneous airborne platforms.

This invention discloses an integrated cell loading and packaging equipment and battery production line with integrated testing and packaging. The integrated cell loading and packaging equipment includes a cell testing line and a cell loading line arranged side by side, and further includes a feeding device, a first picking and unloading device, and a second picking and unloading device. The feeding device provides cells to be loaded into the packaging line, the first picking and unloading device transfers the cells to the cell testing line, and the second picking and unloading device transfers tested cells from the cell testing line to the cell loading line. This integrated cell loading and packaging equipment and battery production line of the present invention can reduce the frequency of cell transfer, shorten the time spent transferring cells, and improve packaging efficiency.